datasheet4u.com

900,000+ datasheet pdf search and download

Datasheet4U offers most rated semiconductors data sheet pdf





Fairchild Imaging
Fairchild Imaging

CCD595 Datasheet Preview

CCD595 Datasheet

9216 x 9216 Pixel Image Area Full Frame CCD Image Sensor

No Preview Available !

CCD595 pdf
PRELIMINARY DATA SHEET
CCD595
9216 x 9216 Pixel Image Area
Full Frame CCD Image Sensor
FEATURES
9216 x 9216 Full Frame CCD Array
8.75 µm x 8.75 µm Pixels
80.64mm x 80.64mm Image Area
100% Fill Factor
Non Multi-Pinned Phase (MPP) Operation
8 Outputs (4 on each side)
Readout Noise Less Than 30 e- at 100MHz (25MHz x 4)
GENERAL DESCRIPTION
The CCD595 is a 9216 x 9216 active element solid state Charge
Coupled Device (CCD) Full Frame sensor. The CCD is intended for
advanced scientific, space, and aerial reconnaissance applications. The
CCD595 is organized as an array of 9216 horizontal by 9216 vertical
imaging elements. The pixel pitch is 8.75µm with a 100% fill factor.
Three-phase clocking is employed in the imaging area with two-phase
clocking in the serial readout registers. Image readout is performed via 4
serial registers containing 19 isolation rows between imaging and
readout sections. The imaging array can be clocked unidirectional (4-
output configuration) or bi-directional (8-output configuration). The
imaging area segments are split in mid-array for the latter configuration.
To maximize the exposure/readout cycle rate, concurrent array and
serial register clocking is utilized. Fast transfer clocking between the
array and serial registers is accomplished with strapped transfer gates
that load each line in less than 5 microseconds.
The output circuit architecture features eight (four active, eight optional)
three stage source follower readouts. The nominal read noise of the
output amplifiers is less than 25 electrons at 25MHz. The combined data
rates for 4 and 8 output configurations are 100MHz and 200MHz
respectively. Internal temperature and humidity sensors are also located
near the FPA for external monitoring.
The top of the package has an optical window over the CCD active
area. The CCD595 is mounted in an environmentally sealed
enclosure containing the CCD array with thermoelectric coolers for
controlling the operating temperature of the array.
Pinouts are provided on three sides for electrical connections (4-
output configuration). The package base serves as the heat sink
interface for thermal management. A mounting flange at the
package rim is used as a Z-axis reference datum for the
planarization of the CCD focal plane with external optics.
DC OPERATING CHARACTERISTICS
SYMBOL PARAMETER
VDD DC Supply Voltage
VRD Reset Drain Voltage
VOG Output Gate Voltage
VSS Substrate Ground
Vodc Output DC Level
Z Suggested Load Resistor
MIN
18.0
14.0
0.0
VRD-5
0.8
RANGE
NOM
20.0
17.0
1.0
0.0
1.0
MAX
23.0
20.0
5.0
VRD-4
1.8
UNIT
V
V
V
V
V
K ohms
REMARKS
TYPICAL CLOCK VOLTAGES
SYMBOL PARAMETER
HIGH
LOW
VφH(1,2),
φSG
VφV (1,2,3)
VφR
VφVTG (2,3)
CφV(1,2,3)
CφVTG2,3
Horizontal Transport Clock Voh Max-Min
Vertical Transport Clocks
Reset Gate Clock
Array Transfer Gate Clock
Vertical Array Gates
Cap. (per φV)
Array Transfer Gate
Cap. (per pin)
A1
A2
A3
TG2
TG3
+7.5
+10
+8.0
+15.0
+8.0
47
86
109
200
200
-7.5
-10.0
0.0
-10.0
30
38
31
150
150
CφH (1,2)
CφH
Horizontal Transfer Gate
Cap. (per φ H)
Horizontal Transfer Gate
Cap. (per pin)
S1 65
S2 76
S1 65
S2 76
Note 1: φH = 400 pF, φV = 60,000 pF. All clock rise and fall times should be > 10 ns.
UNIT
V
V
V
V
V
nF
pF
pF
pF
REMARKS
+4.5, -0.5 Typical
+5, -10 V Typical
+2.0 +8.0 V Typical
+5, -10 Typical
Min @ +10V
Max @ -10V
Min @ +10V
Max @ -10V
Min @ +10V
Max @ -10V
Min @ +10V
Max @ -10V
Fairchild Imaging, Inc., 1801 McCarthy Blvd, Milpitas 95035, (800) 325-6975, (408) 433-2500



Fairchild Imaging
Fairchild Imaging

CCD595 Datasheet Preview

CCD595 Datasheet

9216 x 9216 Pixel Image Area Full Frame CCD Image Sensor

No Preview Available !

CCD595 pdf
PRELIMINARY DATA SHEET
PERFORMANCE SPECIFICATIONS
SYMBOL PARAMETER
Vsat
Qsat
SV
Hsat
PRNU
DSNU
DC
QEA
MTF
Vcte
Hcte
NE
Saturation Output Voltage
Full Well Capacity (98% of Pixels)
Output Amp Sensitivity
Horizontal Register Capacity
Photo Response Non-Uniformity, Peak-to-
Peak
Dark Signal Non-Uniformity (RMS)
Average Dark Current
Average Quantum Efficiency (550 – 800µm)
MTF at Nyquist
Vertical Transfer Efficiency
Horizontal Charge Transfer Efficiency
Total Read Noise Electrons
MIN
350
70,000
RANGE
NOM
600
8.0
130,000
0.35
50%
0.999995
0.99995
MAX
800
5
5.0
0.5
30
UNIT
mV
e-
µV/e-
e-
%VSAT
mV
nA/cm2
e-rms
REMARKS
Note 1
Note 1
Note 2
Note 3
Note 3
Note 4
Per Transfer (each phase) Note 2
Per Transfer (each phase) Note 2
Less Shot Noise Note 6
fMAXH
PD
H Clock Frequency
Power Dissipation On Chip
25 MHz
2.9 W
At 25MHz each register
Note 1: Minimum output voltage and/or well capacity is achieved operating in standard test condition mode and is the level above which saturation non-
linearity of 50% from best straight line fit occurs.
Note 2: Measured at approximately 50% Vsat.
Note 3: Value shown is for 15°C.
Note 4: Measured at the format center with 2854K tungsten source and Schott OG550 filter, 3mm thick.
Note 5: Standard test conditions are non-MPP clocks and DC operating voltages with 25MHz serial output rate/port.
Note 6: Measured in dark with correlated double sampling of amplifier output signal.
READOUT AMPLIFIER CONFIGURATION
The CCD595 readout structure is shown in the diagram below. Array to serial register transfer gates are not shown.
OUTPUT
1
2 34
8 7 6 5 OUTPUT
Fairchild Imaging, Inc., 1801 McCarthy Blvd, Milpitas 95035, (800) 325-6975, (408) 433-2500


Part Number CCD595
Description 9216 x 9216 Pixel Image Area Full Frame CCD Image Sensor
Maker Fairchild Imaging
Total Page 3 Pages
PDF Download
CCD595 pdf
CCD595 Datasheet PDF
[partsNo] view html
View PDF for Mobile








Similar Datasheet

1 CCD595 Front Illuminated 9k x 9k Full Frame CCD Image Sensor BAE Systems
BAE Systems
CCD595 pdf
2 CCD595 9216 x 9216 Pixel Image Area Full Frame CCD Image Sensor Fairchild Imaging
Fairchild Imaging
CCD595 pdf





Part Number Start With

0    1    2    3    4    5    6    7    8    9    A    B    C    D    E    F    G    H    I    J    K    L    M    N    O    P    Q    R    S    T    U    V    W    X    Y    Z

Site map

Webmaste! click here

Contact us

Buy Components

Privacy Policy